Page 10 - chemistry exclusive short suggestion

imvqb G·K¬zwmf mv‡Rkb
 cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW +* cøvRwgW +*
 cøvRwgW + * cøvRwgW +* cøvRwgW * cøvRwgW + cøvRwgW + cøvRwgW  cøvRwgW + cøvRwgW +cøvRwgW + cøvRwgW +  cøvRwgW  cøvRwgW + cøvRwgW  +  cøvRwgW +* cøvRwgW + cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW + cøvRwgW + cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW + * cøvRwgW +*
©
 TBHQC 10H 14O 2 KwVb c`v_-24-25%
 ‡RivwbIj C 9H 15CH 2O
 ‡UjK& 3MgO.4SiO 2.H 2O  gvs‡mi Dcv`vbt
 jv‡mvb 2- nvBWªw·-1,4- b¨vc_vKzB‡bvb- C 10H 6O 3. cvwb-75%
‡cÖvwUb-19%
 Kw÷K †mvWv NaOH.
 Kw÷K cUvkKOH. Pwe©-2.5%
Kv‡e©vnvB‡WªU-0.3%
 miweUj C 6H 8(OH) 6 A¨vwg‡bv GwmW-1.65%
 Pvqb †K Al 2O 3.2SiO 2.2H 2O.
¬
j¨vKwUK GwmW-0.9%
 wmwjKv evwj SiO 2  `ya
 cUvk †dì¯úvi K 2O, Al 2O 3.6SiO 2.
cvwb-82-88%
 K¨vjwmqvg nvB‡cv‡K¬vivBW Ca(OCl) 2 Pwe©-3.5-7.2%
 ‡ebR‡qU C 6H 5COONa ‡cÖvwUb-3.1-4.6% (cï), gv‡qi `y‡a-0.9%
 Pvqbv †KAl 2O 3. 2SiO 2.2H 2O. j¨vK‡UvR-4.6-4.8% (cï), gv‡qi `y‡a-7.10%
 wmwjKv evwjSiO 2. [Pwe©t †cÖvwUbt kK©iv-1g t 1.36g t 5.4g]
 cUvk †Kv쇯úvi K 2O, Al 2O 3. 6SiO 2.

 ‡UUªv‡mvwWqvg cvB‡ivdm‡dUNa 4P 2O 7. imvqb : wØZxq cÎ
 K¨vjwmqvg nvB‡cv‡K¬vivBW Ca(OCl) 2.
 ‡ebR‡qU C 6H 5COONa.

 ‡mvWv A¨vk Na 2CO 3.10H 2O.
 j¨vK‡UvR C 12H 22O 11 Aa¨vq 1 : cwi‡ek imvqb

 gvLbt
`y»Pwe-80% msL¨vMZ Z_¨
©
cvwb-18%  evqygÛ‡j N 2 M¨vm 78.09%,O 2 M¨vm 20.95%,
KwVb c`v_-2%  cøvRwgW + * cøvRwgW +* cøvRwgW + * cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW +cøvRwgW + cøvRwgW +  cøvRwgW  cøvRwgW + cøvRwgW +  cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW + cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW +* cøvRwgW + CO 20.033%.  cøvRwgW + * cøvRwgW +* cøvRwgW + * cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøv
©
‡cÖvwUb-0.6-0.8%  evqygÛ‡ji M¨vmxq c`v‡_©i †gvU
Kv‡e©vnvB‡WªU/kK©iv-0.4-0.5% fi510 kg/510 ton.
18
15
cÖ¯‧wZ  f~ c„‡ôi Ici evqygÛ‡ji Pvc-cÖwZ eM© Bw‡Z 14.7
 ‡MvjvcRj -2
wdbvBj B_vBj A¨vj‡Kvnj cvDÛ/1.033kgcm .
‡RwiwbIj bvgK Uviwcb  Uª‡cvwùqv‡ii D‪PZvf~c„ô †_‡K 15Km.
‡nqvi A‡qj  ÷ªv‡Uvwùqv‡ii D‪PZv15Km-50km.
bvwi‡Kj †Zj [g~j] Dcv`vb  ‡g‡mvwùqv‡ii D‪PZv50Km-85km
‡c‡Uªvwjqvg A‡qj I †K‡bvjv A‡qj [†Kvgj `vqK]  _v‡g©vwùqv‡ii D‪PZv500Km ch©šÍ|
IwjK GwmW [Bgvjwkdvqvi]t- weDUvBj nvB‡WªvKyBbb  15Km D‪PZvq evqyPvc100mmHg.
[A¨vw›UAw·‡W›U] †gb_j, wg›U A‡qj, †ivR‡gwi is|  12Km D‪PZvq ZvcgvÎv -55 C/218K.
0
‡UjKg cvDWvi  ÷ªv‡Uvwùqv‡i ZvcgvÎv -55 C2 C/275K.
0
0
‡UjK& [g~j Dcv`vb]  ‡g‡mvwõqv‡i 83km- G ZvcgvÎv -93 C/180K.
0
wRsK w÷qv‡iU [A¨vw›U‡mcwUK, wcw‪QjKviK] 0 0
g¨vM‡bwkqvg wmwj‡KU [wcw‪QjKviK]  _v‡g©vwùqv‡ii ZvcgvÎv 427 C1727 C.
‡evwiK GwmW [Gw›U‡mcwUK]  mvB‡K¬vb m„wói Rb¨ mvM‡ii cvwbi ZvcgvÎv
0
0
K¨vjwmqvg/g¨vM‡bwkqvg Kve©‡bU [duvcv‡bvi Rb¨] nq80 F/27 C.
-1
-1
‡gb_j [my¸wÜ]  mvB‡K¬v‡bi MwZ‡eM  63kmhr ev, 40mileh .
-2
wewfbœ ivmvqwbK mshyw³  1atm = 101.325Nm = 760mmHg = 760 torr =
 gv‡Qi Dcv`vbt 1 bar
0
‡cÖvwUb-14-20%  K¶ ZvcgvÎv  25 /298k
0
Pwe©-0.2-20%  cÖgvb ZvcgvÎvO C/273k
-1
LwbR jeY-1-1.8%  STP-‡Z †gvjvi AvqZb = 22.414Lmol .
wfUvwgb-0.2-1%
 cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW + cøvRwgW +*

cøvRwgW -14